Lithium Tantalate
Description
Lithium Tantalate has unique properties, which as a material finds uses in Electro-Optical and Acousto-Optical applications. These can be : surface acoustic wave devices, bulk acoustic wave devices, piezo-electric transducers and piezoelectric sensors.
Lithium Tantalate
Specifications |
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|---|---|
| Crystal Type: | LT (LiTaO3) |
| Phase Mathcing Type: | Not Applicable |
| Mounting: | Unmounted |
| Width: | 100 mm |
| Height: | -- mm |
| Length: | -- mm |
| Flatness: | Not Available |
| Surface Quality (Scratch-Dig): | Not Available |
| AR Coating: | Not Coated |
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United Kingdom
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Frequently Asked Questions
Yes, both lithium niobate and lithium tantalate can be grown with different properties for differing applications, research projects, and production methods.
Lithium Tantalate can be used in Electro-Optical and Acousto-Optical applications such as surface acoustic wave devices, bulk acoustic wave devices, piezo-electric transducers, and piezoelectric sensors.
The 36° and 42° cuts of Lithium Tantalate are commonly used in the telecommunications mobile phone handset market at frequencies from 800 to 2100 MHz. These orientations show an optimized bandwidth / insertion loss trade off in performance and are dominating the ever expanding mobile handset sales.
Lithium Tantalate wafers can be provided in various specifications such as wafers free of pyroelectric discharge, 4" (100mm), orientation 36° or 42°. Other specifications can also be provided such as doped wafers with Er:LN, Zn:LN, and Fe:LNCustom.
Lithium Tantalate has unique properties that make it useful in Electro-Optical and Acousto-Optical applications. It can be used in surface acoustic wave devices, bulk acoustic wave devices, piezo-electric transducers, and piezoelectric sensors.